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... that a main difference between the two scenarios however ( random chemical reactions and mainstream view) is that there is a difference in the pace in which life has created in the first place. Suppose we have the case that there were chemicals in proto-earth reacting with each other arbitrarily ...

... with the same DNA replication enzymes as the ones in the cell at human body conditions and leave it there for 1 week where it replicates at a pace of once every 8 2/3 hours. I then separate a diploid set from the rest of the DNA and use the rest of the DNA for PCR. I form the histone proteins ...

... then the components of food intake are the first substrates and the excreted products are the last elements. By changing the food and also the pace of feeding, one can observe the way the organism performs some functions, for instance if the organism is an automaton, in certain feeding conditions ...

... is such pressure exerted on it that as you descend towards the core it will form a liquid, and eventually even a metallic substance! The Galileo spacecraft dropped a probe into the atmosphere and it burned up after about 150 miles - that's not too far given the size of the planet! An additional ...

... as Glucose and other sugars. I am wondering. Should I start with the cell membrane or the nucleus and nucleolus(both are very important)? Q2 The pace of DNA replication is 8 2/3 hours for every chromosome and 2097152 of each chromosome in 1 week. Is that just an estimate because I know that it ...